Weighted complement graphs of metro networks identify geographically central but topologically sparse stops as high-potential sites for new connections, driven by spatial effects verified on 31 worldwide networks.
Using node centrality and optimal control to maximize information diffusion in social networks
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Weighted complement graphs of spatial networks with functional connections reveal nodes with high potential for new links
Weighted complement graphs of metro networks identify geographically central but topologically sparse stops as high-potential sites for new connections, driven by spatial effects verified on 31 worldwide networks.